def run(self):
core = TelldusCore()
sensorDb = SensorDB(database = 'ha', user = '******', password = '******')
while True:
listOfSensors = core.sensors()
timestamp = 0
for sensor in listOfSensors:
if debug:
sys.stdout.write("Found sensor: " + str(sensor.id) + "\n")
if sensor.has_temperature():
if debug:
sys.stdout.write("... sensor supports temperature\n")
sensorTemperature = sensor.temperature()
timestamp = sensorTemperature.timestamp
else:
if debug:
sys.stdout.write(".. sensor does not support temperature\n")
sensorTemperature = SensorValue(const.TELLSTICK_TEMPERATURE, -100.0, 0)
if sensor.has_humidity():
if debug:
sys.stdout.write("... sensor supports humidity\n")
sensorHumidity = sensor.humidity()
timestamp = sensorHumidity.timestamp
else:
if debug:
sys.stdout.write(".. sensor does not support humidity\n")
sensorHumidity = SensorValue(const.TELLSTICK_HUMIDITY, 0, 0)
if timestamp > 0:
if sensor.id > 0:
sensorDb.insertSensorData(sensor.id, sensorTemperature.value, sensorHumidity.value, timestamp)
else:
if debug:
sys.stdout.write("E: sensor id is not in allowed range\n")
else:
if debug:
sys.stdout.write("Not able to setup timestamp for sensor values\n")
if debug:
sys.stdout.flush()
time.sleep(300)
def _getSensors(): tdc = TelldusCore() return tdc.sensors()
def _getSensors():
tdc = TelldusCore()
return tdc.sensors()
def test_sensors(self):
self.sensor_index = 0
def tdSensor(protocol, p_len, model, m_len, id, datatypes):
sensors = [{'protocol': b"proto_1", 'model': b"model_1", 'id': 1,
'datatypes': TELLSTICK_TEMPERATURE},
{'protocol': b"proto_2", 'model': b"model_2", 'id': 2,
'datatypes': TELLSTICK_HUMIDITY},
{'protocol': b"proto_3", 'model': b"model_3", 'id': 3,
'datatypes': TELLSTICK_RAINRATE},
{'protocol': b"proto_4", 'model': b"model_4", 'id': 4,
'datatypes': TELLSTICK_RAINTOTAL},
{'protocol': b"proto_5", 'model': b"model_5", 'id': 5,
'datatypes': TELLSTICK_WINDDIRECTION},
{'protocol': b"proto_6", 'model': b"model_6", 'id': 6,
'datatypes': TELLSTICK_WINDAVERAGE},
{'protocol': b"proto_7", 'model': b"model_7", 'id': 7,
'datatypes': TELLSTICK_WINDGUST}]
if self.sensor_index < len(sensors):
sensor = sensors[self.sensor_index]
self.sensor_index += 1
protocol.value = sensor['protocol']
model.value = sensor['model']
try:
id._obj.value = sensor['id']
datatypes._obj.value = sensor['datatypes']
except AttributeError:
# With pypy we must use contents instead of _obj
id.contents.value = sensor['id']
datatypes.contents.value = sensor['datatypes']
return TELLSTICK_SUCCESS
else:
self.sensor_index = 0
return TELLSTICK_ERROR_DEVICE_NOT_FOUND
self.mocklib.tdSensor = tdSensor
def tdSensorValue(protocol, model, id, datatype, value, v_len, times):
if datatype == 1 << (id - 1):
value.value = self.encode_string("%d" % (id * 100 + datatype))
return TELLSTICK_SUCCESS
else:
return TELLSTICK_ERROR_METHOD_NOT_SUPPORTED
self.mocklib.tdSensorValue = tdSensorValue
core = TelldusCore()
sensors = core.sensors()
self.assertEqual(7, len(sensors))
self.assertEqual(["proto_%d" % i for i in range(1, 8)],
[s.protocol for s in sensors])
self.assertEqual(["model_%d" % i for i in range(1, 8)],
[s.model for s in sensors])
self.assertEqual(list(range(1, 8)),
[s.id for s in sensors])
self.assertEqual([TELLSTICK_TEMPERATURE, TELLSTICK_HUMIDITY,
TELLSTICK_RAINRATE, TELLSTICK_RAINTOTAL,
TELLSTICK_WINDDIRECTION, TELLSTICK_WINDAVERAGE,
TELLSTICK_WINDGUST],
[s.datatypes for s in sensors])
self.assertEqual([False] * 0 + [True] + [False] * 6,
[s.has_temperature() for s in sensors])
self.assertEqual([False] * 1 + [True] + [False] * 5,
[s.has_humidity() for s in sensors])
self.assertEqual([False] * 2 + [True] + [False] * 4,
[s.has_rainrate() for s in sensors])
self.assertEqual([False] * 3 + [True] + [False] * 3,
[s.has_raintotal() for s in sensors])
self.assertEqual([False] * 4 + [True] + [False] * 2,
[s.has_winddirection() for s in sensors])
self.assertEqual([False] * 5 + [True] + [False] * 1,
[s.has_windaverage() for s in sensors])
self.assertEqual([False] * 6 + [True] + [False] * 0,
[s.has_windgust() for s in sensors])
self.assertEqual("%d" % (100 + TELLSTICK_TEMPERATURE),
sensors[0].temperature().value)
self.assertEqual("%d" % (200 + TELLSTICK_HUMIDITY),
sensors[1].humidity().value)
self.assertEqual("%d" % (300 + TELLSTICK_RAINRATE),
sensors[2].rainrate().value)
self.assertEqual("%d" % (400 + TELLSTICK_RAINTOTAL),
sensors[3].raintotal().value)
self.assertEqual("%d" % (500 + TELLSTICK_WINDDIRECTION),
sensors[4].winddirection().value)
self.assertEqual("%d" % (600 + TELLSTICK_WINDAVERAGE),
sensors[5].windaverage().value)
self.assertEqual("%d" % (700 + TELLSTICK_WINDGUST),
sensors[6].windgust().value)
from Reporters import EmonCMS_Reporter, Console_Reporter
reporter1 = EmonCMS_Reporter("https://emoncms.org",
apikey="YOUR_API_KEY",
node="MY_NODE_NAME",
only_mapped=True)
#reporter2 = EmonCMS_Reporter("http://yourserver.me:8080",apikey="YOUR_API_KEY2",node="MY_NODE_NAME2",only_mapped=True)
reporter3 = Console_Reporter(only_mapped=False)
reporters = [reporter1, reporter3]
#How frequently to pull sensor data from Telldus Core (in seconds)
reporting_interval = 60
from Sensor_record import Sensor_record
stop_time = time.time()
while True:
start_time = stop_time
Sensor_records = map(Sensor_record, core.sensors())
for reporter in reporters:
#By first buffering all the sensors and flushing at the end, we will only get one timeout in case the server
#is not available.
map(reporter.report_async, Sensor_records)
reporter.flush_buffer()
stop_time = time.time()
time_left_next_report = reporting_interval - (stop_time - start_time)
if (time_left_next_report > 0):
time.sleep(time_left_next_report)
from tellcore.telldus import TelldusCore
from enum import Enum
BEDROOM = 151
BALCONY = 135
KTICHEN = 167
offset_bedroom = 0.5
core = TelldusCore()
conn = sqlite3.connect(
'/home/pi/projects/sensor_webbapp/sensor_reading/sensordata.db')
curs = conn.cursor()
while (True):
try:
list_sensors = core.sensors()
print(len(list_sensors))
if list_sensors is not None:
for sens in list_sensors:
dev_id = sens.id
temp = sens.value(1).value
hum = sens.value(2).value
if dev_id == BEDROOM:
curs.execute(
"INSERT INTO sensor_data VALUES (datetime('now'), ?, ?,?)",
(float(temp) + offset_bedroom, hum, dev_id))
print(
"Added reading for bedroom, dev_id: {} temp: {}, hum: {}"
.format(dev_id, hum,
float(temp) + offset_bedroom))
elif dev_id == BALCONY:
